Define the empirical formula of the nh3 compound

Assignment Help Chemistry

Reference no: EM13553133

A compound contains only carbon, hydrogen, nitrogen and oxygen. Combustion of 0.314 g of the compound produced 0.426 g CO2, and 0.0620 g H2O. In another experiment it is found that 0.103 g of the compound produces 0.0460 g of NH3. What is the empirical formula of the compound?

Reference no: EM13553133

Questions Cloud

What is a brand and why is it worth developing : What is a brand? Why is it worth developing? Consider the various categories of brand equity proposed by Aaker (1996) for what makes a strong brand and why this adds to customer perceptions of value.

Evaluate the necessary amounts of solutes to make antifreeze : Calculate the necessary amounts of solutes and solvents to make a 4L bottle of antifreeze that will cause a 35 degree change in the freezing point of water. Solutes are Al2(SO4)3, KBr and Mg(NO3)2

How much tax does zack owe in year 8 : How much tax does Zack owe in Year 8?

Find the center of mass relative to the center of left block : two blocks of mass m and 4m are joined by a rigid rid of negligible mass. the centers of mass of the blocks are separated by length L. find the center of mass relative to the center of the left block

Define the empirical formula of the nh3 compound : In another experiment it is found that 0.103 g of the compound produces 0.0460 g of NH3. What is the empirical formula of the compound

What speed do the earth-based observers : An alien spaceship traveling at 0.610c toward the Earth launches a landing craft. What speed do the Earth-based observers measure for the approaching landing craft

What is the sound intensity at the position of microphone : A concert loudspeaker suspended high off the ground emits 38W of sound power. What is the sound intensity at the position of the microphone

How does management at h&m use global branding : How does management at H&M use global branding and global product development to create and offer its fashions? How does the firm use marketing mix elements to market its offerings around the world?

Obtain what is the frequency of the oscillation : A 0.250 kg mass is moving on the end of a spring (k =3.50 N/m) and is damped by a force: Fx = -bvx. If the constant b = 0.860 kg/s, what is the frequency of the oscillation

User Account

All Pages